Current analytical methods for determining steroids in sewage sludge and sediment are reviewed and experimental data comparing LC/MS ESI and GC/MS quantification of extracts from these matrices is presented. The effect of matrix influence on method analysis and steroid recoveries was investigated and a comparison of GC and LC determination with mass spectrometry performed. Consequently upon this, an environmental analytically robust methodology is presented and using this technique analysis of sediments determined E1 to be the main steroid (<18 ng/g), EE2 and E3 were determined at far lower concentrations with minimal detection of E
<p></p><p>Abstract Estrogenic hormones from sewers reach water bodies and can disrupt aquatic organi...
Wastewater and sludge treatment can decrease or increase estrogenic activity through degradation and...
Sewage treatment plant (STP) effluents with primarily domestic inputs are strongly suspected to be a...
Optimization of an analytical method for determination of steroid estrogens, through minimizing samp...
An analytical method for the simultaneous determination of nine free and conjugated steroid estrogen...
This paper discusses the requirement for, and presents an analytical procedure for, the determinatio...
Steroidal compounds, especially human estrogens, have been shown to have an impact on aquatic ecosys...
Emerging organic contaminants in wastewater are usually analyzed by targeted approaches, and especia...
Emerging organic contaminants in wastewater are usually analyzed by targeted approaches, and especia...
Research into the analysis and monitoring of steroidal estrogens has grown significantly over the la...
Research into the analysis and monitoring of steroidal estrogens has grown significantly over the la...
The highly complex matrix of activated sludge in sewage treatment plants (STPs) makes it difficult t...
The highly complex matrix of activated sludge in sewage treatment plants (STPs) makes it difficult t...
In this study, the occurrence of trace amounts of natural and synthetic steroid estrogens in the aqu...
In the literature part an introduction to emerging organic contaminants is presented as well as the ...
<p></p><p>Abstract Estrogenic hormones from sewers reach water bodies and can disrupt aquatic organi...
Wastewater and sludge treatment can decrease or increase estrogenic activity through degradation and...
Sewage treatment plant (STP) effluents with primarily domestic inputs are strongly suspected to be a...
Optimization of an analytical method for determination of steroid estrogens, through minimizing samp...
An analytical method for the simultaneous determination of nine free and conjugated steroid estrogen...
This paper discusses the requirement for, and presents an analytical procedure for, the determinatio...
Steroidal compounds, especially human estrogens, have been shown to have an impact on aquatic ecosys...
Emerging organic contaminants in wastewater are usually analyzed by targeted approaches, and especia...
Emerging organic contaminants in wastewater are usually analyzed by targeted approaches, and especia...
Research into the analysis and monitoring of steroidal estrogens has grown significantly over the la...
Research into the analysis and monitoring of steroidal estrogens has grown significantly over the la...
The highly complex matrix of activated sludge in sewage treatment plants (STPs) makes it difficult t...
The highly complex matrix of activated sludge in sewage treatment plants (STPs) makes it difficult t...
In this study, the occurrence of trace amounts of natural and synthetic steroid estrogens in the aqu...
In the literature part an introduction to emerging organic contaminants is presented as well as the ...
<p></p><p>Abstract Estrogenic hormones from sewers reach water bodies and can disrupt aquatic organi...
Wastewater and sludge treatment can decrease or increase estrogenic activity through degradation and...
Sewage treatment plant (STP) effluents with primarily domestic inputs are strongly suspected to be a...